1. A method for converting a wrapping machine into a transport condition, said wrapping machine comprising a wrapping machine frame, and a circular guide connected on the frame, characterized in that, in order to convert the wrapping machine into a transport condition, the circular guide mounted on the wrapping machine frame is tilted with respect to the wrapping machine frame.
2. A method according to claim 1, characterized in that the circular guide is tilted with respect to a pivot axis extending in a longitudinal direction of the wrapping machine.
3. A method according to claim 1, characterized in that components locking the attachment of the circular guide to a horizontal plane in an operating position of the circular guide are disengaged andor released for enabling the circular guide to be tilted.
4. A method according to claim 1, characterized in that the tilting ability for the circular guide is achieved with two-piece parts connecting the circular guide to the frame of the wrapping machine.
5. A method according to claim 1, characterized in that the circular guide is tilted about 45-90\xb0 relative to a horizontal plane defined by an operating position of the wrapping machine.
6. A wrapping machine, said wrapping machine comprising a frame, a circular guide mounted on the frame, and elements connected to the circular guide for wrapping a plastic film web around a load placed within an area defined by the circular guide, characterized in that the attachment of the circular guide to the frame of the wrapping machine comprises elements for tilting the circular guide with respect to the wrapping machine frame for converting the wrapping machine into a transport condition.
7. A wrapping machine according to claim 6, characterized in that the elements for tilting the circular guide with respect to the frame of the wrapping machine are adapted to tilt the circular guide relative to a pivot axis extending in a longitudinal direction of the wrapping machine.
8. A wrapping machine according to claim 6, characterized in that the attachment of the circular guide to the frame of the wrapping machine comprises elements for locking the circular guide in an operating position to a horizontal plane.
9. A wrapping machine according to claim 6, characterized in that the circular guide is mounted on the frame of the wrapping machine by way of connecting parts, said connecting parts enabling a tilting ability for the circular guide.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A golf club head (400) comprising:
(i) a bore having a center that defines a shaft axis (SA) which intersects with a horizontal ground plane (GP) to define an origin point, wherein the bore is located at a heel side (406) of the golf club head (400), and wherein a toe side (408) of the golf club head (400) is located opposite of the heel side (406);
(ii) a face (500) positioned at a front portion (402) of the golf club head (400) where the golf club head (400) impacts a golf ball, opposite a rear portion (404) of the golf club head (400), wherein the face (400) includes an engineered impact point (EIP), a blade length (BL) measured horizontally from the origin point toward the toe side (408) of the golf club head (400) to the most distant point on the golf club head in this direction, wherein the blade length (BL) includes a heel blade length section (Abl) measured in the same direction as the blade length (BL) from the origin point to the engineered impact point (EIP), and a toe blade length section (Bbl);
(iii) a sole (700) positioned at a bottom portion of the golf club head (400);
(iv) a crown (600) positioned at a top portion of the golf club head (400);
(v) a center of gravity (CG) located:
(a) vertically toward the crown (600) of the golf club head (400) from the origin point a distance Ycg;
(b) horizontally from the origin point toward the toe side (408) of the golf club head (400) a distance Xcg that is generally parallel to the face (500) and the ground plane (GP); and
(c) a distance Zcg from the origin toward the rear portion (404) in a direction generally orthogonal to the vertical direction used to measure Ycg and generally orthogonal to the horizontal direction used to measure Xcg;
(vi) a shaft connection system socket (2000) extending from the bottom portion of the golf club head (400) into the interior of the outer shell toward the top portion of the club head (400); and
(vii) a stress reducing feature (1000) in contact with the shaft connection system socket (2000), wherein the stress reducing feature (1000) extends across a portion of the golf club head (400) and has a length between a toe-most point and a heel-most point, and the length is at least as great as the heel blade length section (Abl), a leading edge having a leading edge offset, a trailing edge, a width between the leading edge and the trailing edge, and a depth, wherein a maximum width is at least ten percent of the Zcg distance.
2. The golf club head (400) of claim 1, wherein the shaft connection system socket (2000) has a socket depth (2040), and a maximum socket depth (2040) is greater than a maximum stress reducing feature depth.
3. The golf club head (400) of claim 2, wherein the maximum socket depth (2040) is at least twice the maximum stress reducing feature depth.
4. The golf club head (400) of claim 2, wherein shaft connection system socket (2000) has a socket volume and the stress reducing feature has a stress reducing feature volume, and wherein the socket volume is less than the stress reducing feature volume.
5. The golf club head (400) of claim 2, wherein the shaft connection system socket (2000) has a socket crown-most point (2010) and the socket crown-most point (2010) is at an elevation less than the Yeip distance.
6. The golf club head (400) of claim 1, wherein a shaft axis plane (SAP) passes through a portion of the stress reducing feature (1000).
7. The golf club head (400) of claim 1, wherein the stress reducing feature length is at least seven times the maximum stress reducing feature width.
8. The golf club head (400) of claim 7, wherein the stress reducing feature length is greater than the Xcg distance, the Ycg distance, and the Zcg distance.
9. The golf club head (400) of claim 8, wherein the stress reducing feature length is at least 1.5 inches with at least 0.75 inches of length within the toe side (408) and at least 0.75 inches of length within the heel side (406).
10. The golf club head (400) of claim 1, wherein the stress reducing feature maximum depth is at least ten percent of the Ycg distance.
11. The golf club head (400) of claim 10, wherein the stress reducing feature maximum depth is greater than a maximum face thickness (530).
12. The golf club head (400) of claim 10, wherein the stress reducing feature maximum depth is at least twenty percent of the Ycg distance.
13. The golf club head (400) of claim 1, wherein the stress reducing feature (1000) has a minimum wall thickness that is less than sixty percent of a maximum face thickness (530).
14. The golf club head (400) of claim 1, wherein a stress reducing feature (1000) cross-sectional area at the sole-most point is at least fifty percent less than the stress reducing feature cross-sectional area at the stress reducing feature (1000) crown-most point.
15. The golf club head (400) of claim 1, wherein the stress reducing feature (1000) includes a heel located SRF (1700) located at least partially on a skirt (800) on a heel side (406) of the club head (400).
16. The golf club head (400) of claim 1, wherein the stress reducing feature (1000) includes a toe located SRF (1500) located at least partially on the skirt (800) on a toe side (408) of the club head (400).
17. The golf club head (400) of claim 1, wherein the stress reducing feature (1000) depth is less at a face centerline than at least one point on the toe side (408) of the face centerline.
18. The golf club head (400) of claim 1, wherein the stress reducing feature (1000) width is less at the face centerline than at least one point on the heel side (406) of the face centerline.
19. The golf club head (400) of claim 1, wherein the shaft connection system socket (2000) has a socket wall thickness (2020), and a minimum socket wall thickness (2020) is greater than a minimum stress reducing feature wall thickness.
20. The golf club head (400) of claim 1, wherein the stress reducing feature (1000) maximum depth is greater than the maximum width.